Chemical Reactions

2 // 1 // 1 // 1

1 // 1 // 1 // 2

1 // 2 // 2 // 2

2 // 1 // 2 // 1

CH20

C6H10O5

C6H14O7

C12H22O11

4 // 19 // 8 // 12 // 4

2 // 9 // 8 // 10 // 4

2 // 8 // 4 // 5 // 2

4 // 17 // 8 // 10 // 4

A + BC → B + AC

A2B + C → A2C + B

AB + CD → AD + CB

AB → A + B

A resultant expansion of the opposite phases is seen whereby larger quantities of halogens elements are generated at the expense of their combined diatomic counterpart, which stays minimally impacted due to the predominance of intermolecular forces at play here

No net displacement in either direction is witnessed since the overall particulate densities remain unaffected despite intensified molecular interactions in a tighter space

The equilibrium favors the formation of HI molecules with fewer total particles, thereby negating the effects of the raised pressurized environment created by reduced spatial constraints

There is an immediate doubling of the amounts of H₂ and I₂ present, subsequently reacting back to form even more of the original compound HI

It is released into the surroundings.

It is absorbed from the surroundings.

It converts solely into light energy.

It has no effect on the surroundings.

Complete ionic equations show all soluble ionic compounds dissociated into ions, while net ionic equations only show the species that participate in the reaction.

Complete ionic equations include precipitates as ions, whereas net ionic equations do not.

Net ionic equations include spectator ions, but complete ionic equations do not.

Complete ionic equations represent only reactions in gas phase, while net ionic equations can represent reactions in any state of matter.

Liquid form without any dissolving medium.

Aqueous solution, which means dissolved in water.

Solid state at room temperature.

Gaseous state at standard conditions.

Q has no bearing on ∆Gº as long as there are equal amounts reacting

When Q is lesser than K_eq (∆Gº becomes progressively more negative)

When Q equals K_eq (∆Gº = zero), indicating no net change over time

As Q increases beyond K_eq (∆Gº becomes increasingly more positive)

Electronvolt

Watt

Calorie

Joule